Understanding Certified Regenified™ Through Ashton Creek Vineyard

Recently we read that Ashton Creek Vineyard becoming the first vineyard in Virginia to earn Certified Regenified™ status.  We have written previously about Regenerative Farming and the various regulations stipulated through USDA Certified Organic, Demeter Biodynamic, or Regenerative Organic Certified (ROC).  But not Regenified™.

In general, Regenerative agriculture is a collection of practices that focus on regenerating soil health and the full farm ecosystem. In practice, regenerative organic agriculture can look like cover cropping, crop rotation, low- to no-till, compost, and zero use of persistent chemical pesticides and fertilizers. Layered into these practices, depending on a farm’s needs, could be the addition of perennials, development of pollinator and wildlife habitats, incorporation of agroforestry systems, vegetative barriers, and other regenerative practices that are shown to contribute to the development of soil organic matter

More specifically, Regenified™ provides a structured way to document how farming decisions influence soil function and long‑term site health. Its 6‑3‑4 Standard aligns with many practices already familiar to growers: reduced tillage, permanent or seasonal cover crops, mixed‑species plantings, maintaining living roots through the year, and the controlled use of livestock for vegetation management. 

The 6‑3‑4 Standard is Regenified™’s core framework for evaluating regenerative agriculture, combining six soil‑health principles, three rules of adaptive stewardship, and four ecosystem processes into a single, measurable structure. The six principles—context, minimizing disturbance, soil armor, diversity, living roots, and livestock integration—outline the foundational conditions needed for healthy soil function. The three adaptive‑stewardship rules emphasize planning with intent, monitoring conditions, and adjusting management as variability occurs. The four ecosystem processes—energy flow, water cycle, mineral cycle, and community dynamics—describe how a functioning landscape moves energy, water, and nutrients through the system. Together, these components allow Regenified™ to assess both the practices a producer implements and the ecological outcomes observed on the ground, forming the basis for its data collection and tiered certification program.

During verification, trained assessors collect more than sixty ecological data points within vineyard blocks—water infiltration in alleys, ground‑cover percentages, compaction layers that affect rooting depth, biological activity around root zones, and the diversity of plant communities that influence soil structure and pest dynamics. These measurements create a practical record of how the vineyard is functioning beyond yield and canopy metrics. Growers are then placed within a tiered certification system that reflects their current alignment with regenerative principles and the ecological outcomes observed on site. For vineyards interested in demonstrating stewardship with clear, repeatable criteria, the framework offers a consistent way to track progress and communicate improvements to buyers, neighbors, and regional partners.

Screenshot from Ashton Creek Vineyard's website.

In 2018, Ashton Creek Vineyard started struggling with ever-increasing inputs and declining soil health and two years later began moving to a more organic and regenerative approach to viticulture. The idea was to "fix the root cause of the sickness instead of always addressing the symptoms". For example, struggling to keep up with mechanical weeding, they introduced Dorper sheep to their vineyards to help control vegetation and enhance soil health. Next they released beneficial bugs to target vineyard pests and diversified their cover crop plantings. This process eventually led to the Regenified™ program and they earned Tier 3 Certified Regenified™ status in May 20, 2026.  This certification recognizes their "measurable progress in soil health and ecosystem function, achieved through practices such as replacing diesel mowers with a flock of sheep, eliminating synthetic inputs, and increasing soil organic matter". 

In practical terms, adopting these practices have allowed Ashton Creek Vineyard to "eliminate synthetic fertilizers and herbicides, decrease fungicide use by 40%, limit mowing and labor, reduce outside inputs by 65%, and increase their soil’s organic matter by 400% and carbon capture by 350%." --Virginia Farm Bureau. 

If other vineyards or farms are interested in replicating Ashton Creek Vineyard's success, our next Regenerative Farming post will explain the NRCS Regenerative Pilot Program - a new program encouraging regenerative farming through the U.S. Department of Agriculture's Natural Resources Conservation Service.